Create maps made of lines. The package contains two functions: linemap() and getgrid(). linemap() displays a map made of lines using a data frame of gridded data. getgrid() transforms a set of polygons (sf objects) into a suitable data frame for linemap().
| Version: | 0.1.0 |
| Depends: | R (≥ 2.10) |
| Imports: | graphics, sf, stats |
| Published: | 2017-09-15 |
| Author: | Timothée Giraud [cre, aut] |
| Maintainer: | Timothée Giraud <timothee.giraud at cnrs.fr> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | linemap results |
| Reference manual: | linemap.pdf |
| Package source: | linemap_0.1.0.tar.gz |
| Windows binaries: | r-devel: linemap_0.1.0.zip, r-release: linemap_0.1.0.zip, r-oldrel: linemap_0.1.0.zip |
| OS X binaries: | r-release: linemap_0.1.0.tgz, r-oldrel: linemap_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=linemap to link to this page.


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"""
uplinker.py:
Contains the code necessary to uplink files through the F prime ground system to a running deployment. The file uplink
process will read in a file from the OS, and uplink it in chunks. The system throttles chunks of the file requiring a
handshake packet in return before the next chunk is sent out.
@author lestarch
"""
import os
import queue
import threading
import time
import fprime_gds.common.handlers
from fprime_gds.common.data_types.file_data import (
CancelPacketData,
DataPacketData,
EndPacketData,
StartPacketData,
)
from fprime_gds.common.files.helpers import (
FileStates,
Timeout,
TransmitFile,
file_to_dict,
)
[docs]class UplinkQueue:
"""
Handles queuing of files to send to the uplinker. This offloads the work of determining when done, and what to do
while waiting. It also owns the thread that starts uplink. This thread watches for the current uplink to finish, and
then it starts the next one and returns to a quiescent state.
"""
def __init__(self, uplinker):
"""
Constructs the uplink queue with a reference to the object that run the uplink.
:param uplinker: uplinker to callback into
"""
self.running = True
self.uplinker = uplinker
self.busy = threading.Semaphore()
self.queue = queue.Queue()
self.__file_store = []
self.__exit = threading.Event()
self.__thread = threading.Thread(target=self.run, args=())
self.__thread.start()
[docs] def enqueue(self, filepath, destination):
"""
Enqueue the file and destination pair onto the queue
:param filepath: filepath to upload to the given destination
:param destination: destination path to upload the filepath to
"""
file_obj = TransmitFile(filepath, destination)
self.queue.put(file_obj)
self.__file_store.append(file_obj)
[docs] def pause(self):
""" Pause the uplinker, setting the running flag off, then holding the busy semaphore """
if self.running:
self.running = False
self.busy.acquire()
[docs] def unpause(self):
""" Unpause the uplinker, releasing the busy semaphore and then restoring the running flag """
if not self.running:
self.busy.release()
self.running = True
[docs] def is_running(self):
""" Check if the uplink is running """
return self.running
[docs] def remove(self, source):
"""
Remove a file by its source from the queue and the permanent uplink list. This will touch each record in the
queue one time, as they are pulled off the queue, inspected, and the replaced.
:param source: source file to remove
"""
try:
first = None
found = self.queue.get_nowait()
while found != first:
if found.source == source:
break
elif first is None:
first = found
self.queue.put_nowait(found)
found = self.queue.get_nowait()
except queue.Empty:
return
self.__file_store.remove(found)
[docs] def run(self):
"""
A thread that will uplink files on after another until all files that have been enqueued are properly processed.
To stop this thread, set the exit event.
"""
while not self.__exit.is_set():
# While running (not paused) continue to get - uplink - wait
while self.running:
file_obj = self.queue.get()
# Exit condition is a None message, which unblocks the above get
if file_obj is None or not self.running:
self.queue.put(file_obj)
break
# Once a file is obtained from the queue, acquire the busy lock before starting. This prevents a in-use
# or paused queue from uplinking.
self.busy.acquire()
self.uplinker.start(file_obj)
# Wait until the file is finished, then release again waiting for more files
self.busy.acquire()
self.busy.release()
time.sleep(0.010) # Don't busy spin, but yield and sleep
[docs] def current(self):
"""
Gets a set of current files. This will create a copy, to prevent messing with uplink.
:return: copy of current files transformed into a JSONable dictionary
"""
return file_to_dict(self.__file_store)
[docs] def exit(self):
""" Exit event to shutdown the thread """
self.__exit.set()
self.running = False
self.queue.put(
None
) # Force an end to the wait for a file, if an uplink is not in-progress
[docs] def join(self):
""" Join with this uplinker """
self.__thread.join()
[docs]class FileUplinker(fprime_gds.common.handlers.DataHandler):
"""
File uplinking component. Keeps track of the currently uplinking file, and registers as a receiver for the handshake
packets that are send back on each packet.
"""
def __init__(self, file_encoder, chunk=CHUNK_SIZE, timeout=20):
"""
Constructor to build the file uplinker.
"""
self.state = FileStates.IDLE
self.queue = UplinkQueue(self)
self.active = None
self.sequence = 0
self.chunk = chunk
self.file_encoder = file_encoder
self.__destination_dir = "/"
self.__expected = []
self.__timeout = Timeout()
self.__timeout.setup(self.timeout, timeout)
[docs] def enqueue(self, filepath, destination=None):
"""
Enqueue files for the upload. This tunnels into the upload queue, which unblocks once files have been enqueued
and begins to upload each file sequentially.
:param filepath: filepath to upload to the system
:param destination: (optional) destination to uplink to. Default: current destination + file's basename
"""
if destination is None:
destination = os.path.join(
self.__destination_dir, os.path.basename(filepath)
)
self.queue.enqueue(filepath, destination)
[docs] def exit(self):
""" Exit this uplinker by killing the thread """
self.queue.exit()
self.cancel()
self.queue.join()
[docs] def is_running(self):
""" Check if the queue is running """
return self.queue.is_running()
[docs] def pause(self):
""" Pause uplink by canceling the uplink, and then pausing the uplink queue """
self.cancel()
self.queue.pause()
[docs] def unpause(self):
""" Unpauses the uplink by unpausing the internal queue """
self.queue.unpause()
[docs] def cancel_remove(self, file):
"""
Cancel/remove the uplink of the given file. If uplinking, it will cancel the uplink, and if queued it will
remove the file from the queue. Unknown files will be ignored.
:param file: file to remove from the uplinker
"""
if self.active is not None and file == self.active.source:
self.cancel()
else:
self.queue.remove(file)
[docs] def current_files(self):
"""
Returns the current set of files held by the uplink queue.
:return: current files as a list in JSONable format
"""
return self.queue.current()
[docs] def start(self, file_obj):
"""
Starts a file uplink to a running F prime deployment. This will open of the file, save the file handle, and emit
the start file uplink packet. It will also store the state for the file uplink progress. If already uplinking
then a FileUplinkerBusyException will be raised.
:param file_obj: file object to upload
:raises FileUplinkerBusyException: when an upload is already running
:raises OSError: when file is inaccessible
"""
# Prevent multiple uplinks at once
if self.state != FileStates.IDLE:
raise FileUplinkerBusyException(
"Currently uplinking file '{}' cannot start uplinking '{}'".format(
self.active.source, file_obj.source
)
)
self.state = FileStates.RUNNING
self.active = file_obj
self.active.open()
self.send(
StartPacketData(
self.get_next_sequence(),
self.active.size,
self.active.source,
self.active.destination,
)
)
[docs] def send(self, packet_data):
"""
A function to send the packet out. Starts timeout and then pushes the packet to the file encoder.
:param packet_data: packet data to send that will be pushed to the encoder
"""
self.__timeout.restart()
self.__expected = self.file_encoder.data_callback(packet_data)[8:]
[docs] def data_callback(self, data, sender=None):
"""
Process incoming handshake data, and if it is the expected handshake, then it uplinks the next packet. In the
file. Invalid handshakes are ignore. When finished a returning handshake puts the uplinker into idle state.
:param data: data from handshake packet to be verified against that previously sent
"""
# Ignore handshakes not for us
if not self.valid_handshake(data):
return
# If it is an end-wait or a cancel state, respond without reading next chunk
if self.state == FileStates.END_WAIT:
self.active.state = (
"FINISHED" if self.active.state != "CANCELED" else "CANCELED"
)
self.state = FileStates.IDLE
self.queue.busy.release() # Allow the queue to continue
self.__timeout.stop()
return
elif self.state == FileStates.CANCELED:
self.send(CancelPacketData(self.get_next_sequence()))
self.finish()
return
# Read next chunk of data. b'' means the file is empty
outgoing = self.active.read(self.chunk)
if outgoing == b"":
self.send(
EndPacketData(self.get_next_sequence(), self.active.checksum.value)
)
self.finish()
else:
self.active.checksum.update(outgoing, self.active.seek)
self.send(
DataPacketData(self.get_next_sequence(), self.active.seek, outgoing)
)
self.active.seek += len(outgoing)
[docs] def cancel(self):
"""
Cancels the currently active file uplink. Will emit a cancel packet to inform the deployment that the file is
canceled. This merely sets the state to "canceled" and will handle this later. This implies that in the case of
a timeout, cancels may be ignored.
"""
if self.state == FileStates.RUNNING:
self.state = FileStates.CANCELED
self.active.state = "CANCELED"
# self.queue.pause()
[docs] def timeout(self):
""" Handles timeout o file packet by finishing the upload immediately, and setting the state to timeout """
self.finish(False)
self.active.state = "TIMEOUT"
[docs] def finish(self, wait_for_handshake=True):
"""
Finishes the current file uplink by closing the file, and starting the end processs. If the uplinker should
immediately terminate (like during a timeout) then set wait_for_handshake to False.
:param wait_for_handshake: (optional) wrap up cleanly by waiting for handshake. Default: True, clean wait
"""
self.active.close()
self.sequence = 0
self.state = FileStates.END_WAIT
os.remove(self.active.source)
# Immediate termination items
if not wait_for_handshake:
self.state = FileStates.IDLE
self.__expected = []
self.queue.busy.release()
self.__timeout.stop()
[docs] def get_next_sequence(self):
""" Gets the next sequence number """
tmp = self.sequence
self.sequence = self.sequence + 1
return tmp
[docs] def valid_handshake(self, data):
"""
Check the handshake data and ensure that it is as expected. This will allow us to only handle handshakes that
we expected. This will ensure that the handshake data is an exact match of the send data.
:param data: data to check against what was transmitted
:return: True, if proper handshake, False otherwise
"""
return data == self.__expected
@property
[docs] def destination_dir(self):
"""
Get the destination directory that files will be uplinked to, if not currently specified.
:return: value of destination
"""
return self.__destination_dir
@destination_dir.setter
def destination_dir(self, destination):
"""
Set the destination directory that files will be uplinked to.
:param destination: new destination
"""
self.__destination_dir = destination
[docs]class FileUplinkerBusyException(Exception):
""" File uplinker is busy and cannot uplink more files """


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/proof.html ---
Does anyone know how to write the proof of (∩ i, D i) ∪ (∩ i, E i) ⊆ ∩ i, (D i ∪ E i) in lean??
can you write the theorem in lean and use sorry
for the proof and then post the code here?
I am in a math class of this lol
This is the first time I use this chat room, nice to meet you btw. How can I post it here?
like this?
example : (∩ i, D i) ∪ (∩ i, E i) ⊆ ∩ i, (D i ∪ E i) :=
sorry
that would be closer, but it wouldn't compile because you have not specified the types of D and E
You need to surround your code with ```lean
and ```
variables {U I : Type} variables D E : I → set U example : (∩ i, D i) ∪ (∩ i, E i) ⊆ ∩ i, (D i ∪ E i) := assume x, assume h: x ∈ (∩ i, D i) ∪ (∩ i, E i), or.elim h (sorry)(sorry)
This is what I got so far.
Is that accepted by Lean?
The intersection symbols don't look right.
Non-pedagogic answer:
open set lemma zou (C D : E → set F) : (⋂ i, C i) ∪ (⋂ i, D i) ⊆ (⋂ i, C i ∪ D i) := union_subset (Inter_subset_Inter (λ i, subset_union_left _ _)) (Inter_subset_Inter (λ i, subset_union_right _ _))
Sébastien intersections look right.
I have no clue. our teacher uses cocalc
use copy paste
Sébastien, do you mean this lemma is not in mathlib?
are you using cocalc, or do you have a local installation? In either case, lean should give you an error if you use the wrong intersection symbol
This is shocking
I'm not that shocked that this lemma is not available, but it wouldn't hurt to add it
probably finish
can handle it
It says "unexpected token" what does that suppose to mean?
that means you used the wrong symbol
oh, but I copy the lemma you post here, I am so frustrated
The problem is that ∩
is the binary intersection symbol, and ⋂
is the "big" intersection
which is for doing indexed intersection
example (U : Type) (I : Type) (D E : I → set U) : (⋂ i, D i) ∪ (⋂ i, E i) ⊆ ⋂ i, (D i ∪ E i) := begin intros x, finish end
does work
non-pedagogical answer 2:
import data.set.lattice variables {U I : Type} variables D E : I → set U example : (⋂ i, D i) ∪ (⋂ i, E i) ⊆ ⋂ i, (D i ∪ E i) := by rintros x (hx | hx) _ ⟨i, rfl⟩; [left, right]; exact hx _ ⟨i, rfl⟩
It's a bit unfortunate that broken syntax highlighting flags that big intersection symbol
@Jane Aside: Who is the teacher?
finish
does not kill it. Is is not in mathlib (at least, it is not found by library_search
). And I am not really surprised it is not there, as it is not that common or useful -- I mean, if it is not in mathlib it means that noone has needed it until now.
Paige N? I am in the Ohio State
oh hey, my alma mater
they are doing lean now?
finish
kills it after intro x
Yes indeed.
whaaaaaat is going on now?? I am so lost.
Let me try a semi-pedagogical one:
import data.set set_option pp.beta true example (U : Type) (I : Type) (D E : I → set U) : (⋂ i, D i) ∪ (⋂ i, E i) ⊆ ⋂ i, (D i ∪ E i) := begin intros x h, rintro _ ⟨i, rfl⟩, cases h with hl hr, left, finish, right, finish, end
At least you can follow the main steps of the proof.
but I guess the rintro
line looks pretty mysterious
maybe use simp
there
non-pedagogical one 3:
import data.set.lattice open lattice variables {U I : Type} variables D E : I → set U example : (⋂ i, D i) ∪ (⋂ i, E i) ⊆ ⋂ i, (D i ∪ E i) := show (⨅ i, D i) ⊔ (⨅ i, E i) ≤ ⨅ i, (D i ⊔ E i), from le_infi $ λ i, sup_le_sup (infi_le D i) (infi_le E i)
Yes, simp, intro i
is better than rintro
dark magic
I don't see what's wrong with Sébastien's proof
Where is that "lattices for the win" emoji again?
it's perfectly reasonable and it flows from the theorem
I think your proof 3 is the same as Sebastien's first proof
all proofs are equal
It's the same after recasting in lattices terms
do you actually need the show?
Probably not.
OMG thank you guys very much although I am confused about it
lol there are too many non pedagogical proofs floating around now
Sorry it turned into an expert discussion pretty quickly
Just being curious, where do people use lean??
on their computers?
like in which area??
pure math?
what area are you in?
Biology lol
finally, in the style of Jane's attempt:
import data.set.lattice variables {U I : Type} variables D E : I → set U example : (⋂ i, D i) ∪ (⋂ i, E i) ⊆ ⋂ i, (D i ∪ E i) := assume x : U, assume h : x ∈ (⋂ i, D i) ∪ (⋂ i, E i), or.elim h (assume hd : x ∈ ⋂ i, D i, set.mem_Inter_of_mem $ assume i : I, or.inl (set.mem_Inter.1 hd i)) (assume he : x ∈ ⋂ i, E i, set.mem_Inter_of_mem $ assume i : I, or.inr (set.mem_Inter.1 he i))
formal math sits somewhere between pure math, computer science and logic
and biology
that's a nice pedagogical proof kenny
Thank you guys so much
although maybe the tactic folks won't like it
do any of you know Dr. Paige North??
I don't think she has appeared here, and I don't think I met her in undergrad either. Is she in biology?
Doesn't sounds like biology to me
I am in math-bio track and ecology double major now.
Oh, she does HoTT
Hey sorry to bother you guys' Monday night, here comes another problem. I really don't know how to do this.
variables A B C : set U variables D E F: I → set U variable u : U example : (A ⊆ B) ↔ (powerset A) ⊆ (powerset B) := sorry
this looks so obvious but none of my friends know how to do it....
@Jane I would start with
begin split, { intros h s hs, sorry }, { intros h x hx, sorry } end
See if that helps...
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


ESPEAK(1) ESPEAK(1) NAME espeak - A multi-lingual software speech synthesizer. SYNOPSIS espeak [options] [<words>] DESCRIPTION espeak is a software speech synthesizer for English, and some other lan‐ guages. OPTIONS -h Show summary of options. -f <text file> Text file to speak --stdin Read text input from stdin instead of a file If neither -f nor --stdin, <words> are spoken, or if none then text is spoken from stdin, each line separately. -q Quiet, don't produce any speech (may be useful with -x) -a <integer> Amplitude, 0 to 20, default is 10 -l <integer> Line length. If not zero (which is the default), consider lines less than this length as and-of-clause -p <integer> Pitch adjustment, 0 to 99, default is 50 -s <integer> Speed in words per minute, default is 160 -v <voice name> Use voice file of this name from espeak-data/voices -b Input text encoding, 1=UTF8, 2=8 bit, 4=16 bit -b Input text encoding, 1=UTF8, 2=8 bit, 4=16 bit -m Indicates that the text contains SSML (Speech Synthesis Markup Language) tags or other XML tags. Those SSML tags which are sup‐ ported are interpreted. Other tags, including HTML, are ignored, except that some HTML tags such as <hr> <h2> and <li> ensure a break in the speech. -w <wave file name> Write output to this WAV file, rather than speaking it directly -x Write phoneme mnemonics to stdout -X Write phonemes mnemonics and translation trace to stdout. If rules files have been built with --compile=debug, line numbers will also be displayed. --stdout Write speech output to stdout --compile=<voice name> Compile the pronunciation rules and dictionary in the current directory. =<voice name> is optional and specifies which language --path=<path> Specifies the directory containing the espeak-data directory --phonout=<filename> Write output from -x -X commands and mbrola phoneme data to this file --punct="<characters>" Speak the names of punctuation characters during speaking. If =<characters> is omitted, all punctuation is spoken. -k <integer> Indicate capital letters with: 1=sound, 2=the word "capitals", higher values = a pitch increase (try -k20). --voices[=<language code>] Lists the available voices. If =<language code> is present then only those voices which are suitable for that language are listed. --compile=voicename Compile the pronunciation rules and dictionary in the current directory. =<voice name> is optional and specifies which language --compile=debug Compile the pronunciation rules and dictionary in the current directory as above, but include line numbers, that get shown when -X is used. AUTHOR eSpeak was written by Jonathan Duddington<EMAIL_ADDRESS>The webpage for this package can be found at http://espeak.sourceforge.net/. This manual page was written by Luke Yelavich<EMAIL_ADDRESS>for the Ubuntu project (but may be used by others). August 6, 2010 ESPEAK(1)


Thank you for placing your order with {{ SITE_NAME }}!
This email is to confirm your recent order #{{ order.id }}
Date {{ order.created_on|date:"l, M j, Y" }}
Sincerely, {{ SITE_NAME }}


Project Lead
Name: Katie McKnight
Title: Project Lead
Location: Somewhere
School: Lambda School
Other Bio Info:
UI Developer
Name: Joe Denson
Title: UI Developer
Location: Los Angeles, CA.
School: Lambda School
Other Bio Info:
Front-End Developer
Name: Daniel Wallen
Title: Front-End Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
Front-End Developer
Name: Jason Yoo
Title: Front-End Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
UI Developer
Name: Skyler Slatosch
Title: UI Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
Front-End Developer
Name: Richard Lawson
Title: Front-End Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
UI Developer
Name: Tara Gamache
Title: UI Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
Front-End Developer
Name: Adrian Cobon
Title: Front-End Developer
Location: Somewhere
School: Lambda School
Other Bio Info:
Back-End Developer
Name: Blake Goms
Title: Back-End Developer
Location: Somewhere
School: Lambda School
Other Bio Info:


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class Ked::AST::Node
- Ked::AST::Node
- Reference
- Object
Overview
Base AST Node Class that all other Nodes inherit from.
Direct Known Subclasses
Defined in:
ked/ast/node.crInstance Method Summary
-
#token_literal : String
The token literal is just a string that tells us the class of this node.
Instance Method Detail
def token_literal : String
#
The token literal is just a string that tells us the class of this node.
It is used for debugging purposes


This is the Box2DFlash demo, using Jangaroo to run without Flash.
If you have turned off Flash or no Flash available (e.g. on iPhone), the original Web-site says:
You need Flash to view this content.
Box2DFlash is an actionscript library, do you really think you could avoid Flash on the website?
Actually, yes. It is possible!
Above, you see the original Box2DFlash framework and example code recompiled with Jangaroo AS3 to JS compiler, using a Jangaroo Flash API re-implementation, which implements Flash drawing using HTML5 canvas. This means it runs in every modern browser (for Microsoft Internet Explorer, you need version 9). For best performance, use Google Chrome 5 or IE 9. Safari 5 is also fast, but stops every other second (garbage collection?). Safari mobile (iPhone, iPad, iPod) works, but the demos do not yet support touch events, so only the falling 'Ragdolls' can be viewed. Firefox 3.6 is slower than Chrome, but steady. Opera 10 flickers and pops up the JavaScript console with strange exceptions.
The button on the right-hand side loads the original Flash version of the demo (and of course only works if you have a Flash-enabled browser).
Demo Instructions: Click and drag to manipulate items in the 2D world. To use the keys to step to another demo, you have to focus (click) into the corresponding demo version (Jangaroo left, Flash right) first.


---
layout: null
section-type: about
title: About
---
## About
I'm currently a second year master student at University of California, San Diego. I study Machine Learning and Data Science in ECE department. Previously, I graduated from New York University Shanghai with honors in Data Science. I also received BS in Honors Mathematics from NYUSH and was fortunate to be advised by Prof. Gerard Ben Arous.
I love photography, you can find some of my photos in this website.
Find more in my Instagram!


Posted on January 1, 2017 at 12:00 PM
For years we've been taught to optimize our searches online. It's not good practice to type out a long winded question, as the computer doesn't know what you mean.
Instead of writing, "How much of the world do Google, Amazon, and Disney control?", one should write, "Google, Amazon, Disney subsidiary percentage of Global GDP". It was easier for the algorithm to understand.
However, now you can save your typing breath! Google's new algorithm will now show you nothing negative towards itself, and instead give you a nice 5% off promo code to YouTube Red! Which is so cool because everyone loves YouTube Red!
A is for Acquisition. B is for Buy Everything. C is for Corporate Domination! Brought to you buy our parent company, Alphabet.


{% extends "template.html" %} {% block content %}
Admin Portal
Admins Only
{% if message %}
{{message}}
{% endif %}
User Controls
New user creation
New Username:
New Password:
Stock Controls
Stockc Orders List
Download latest stock orders
New Stock IPO
New Stock Name:
New Stock Symbol:
New Stock IPO price:
New Stock Saleable Volume:
Logout
{% endblock %}


This piece is a recreation of The Large Bathers by Paul Cezanne. This work represents people avoiding social distancing regulations by still traveling, celebrating spring break, and not wearing a mask. The repetition of the words on the tree trunks and the doctor figure in the upper right corner fading into the sky while everyone avoids staying 6ft apart represents how many people would choose a moment of having fun in big groups while putting others at risk as doctors and nurses spend endless hours helping those in need than staying home and keeping everyone including themselves safe.


Generate EXE file using terminal on OSX/MAC
Instructions :
- 1- Open terminal and type csc -version to verify that if you have csc on your local machine. If, everything is ok, you will get the following text in terminal
-
If it says command not found please install visual studio for mac : Download visual studio!
- 2- Open the project folder via terminal. Lets assume your project name is test. Type in cd test & and type open . to open in finder
-
To create a visual studio console app project using c# visit : Create console app!
- 3- In finder you will see 1 folder named as same as your project name, and also a .sln file named as same as your project name, in this case, test
- 4- In terminal, again change your directory using cd test, and hit enter. Type in ls in terminal to browser your project directory using terminal
- 5- Here you will find a file named Program.cs. This is what we need to generate a .EXE file
- 6- In terminal type in csc Program.cs If, everything goes ok you will see the following message in terminal
- 7- Type in ls to see the EXE file using terminal
- 8- OR type open . in terminal to see the EXE file using finder
×


--- layout: default date: 2019-12-06 title: CC SS SS ---
Home/ Computing/ Web/ Css/
CSS(1996) is a means for associating styling/formatting with display content.


Photo taken about 1929 or 1930
This
picture is believed to be a 1st grade school class at
The following identification was made by
John Ogden: The boy
on the top row, 2nd from right, is Harry Smith. The boy in the 3rd row,
2nd from right, is my Dad, Jack Ogden (shock of hair across forehead) and
the boy on the bottom row, 2nd from right, is Don Baker. This is probably
1st grade so would be about 1929 or 30. John Ogden
Provided by Amanda ONeal


A social network for cats, there were more than 100,000 cats
A social network for cars, there were more than 100,000 cars
A social network for Tinders, there were more than 100,000 tinders


The example code in this directory was created using the templates and the behavior in the parent directory.
Instructions on how to run them is below.
You will need to compile the .erl files to .beam. The following should do that:
$ erlc *.erl
Here is an example of running test #1 inside of erl shell:
41> c(requestor01test). {ok,requestor01test} 42> requestor01test:runclient("client01.xml"). 1. Dave Kuhlman 2. Mona Knight ok 43> requestor01test:runinterest("client01.xml"). 1. birding 2. computer_programming 3. birding 4. gardening 5. volunteering ok
Here is an example of running test #2 inside of erl shell:
31> P = requestor02test:start(). #Port<0.2383> 32> requestor02test:requestnames(P, "client01.xml"). 1. Dave Kuhlman 2. Mona Knight ok 33> requestor02test:requestinterest(P, "client01.xml"). 1. birding 2. computer_programming 3. birding 4. gardening 5. volunteering ok 34> requestor02test:stop(P). ok
To run test #3 you can use the following in the erl shell:
18> c(requestor03test). {ok,requestor03test} 19> f(P). ok 20> P = requestor03test:start(). #Port<0.2375> 21> requestor03test:rpc(P, {interestnames, "client01.xml"}). Interests ---------------------- 1. birding 2. computer_programming 3. birding 4. gardening 5. volunteering ok 22> requestor03test:stop(P). ok
In some cases there is a runnable escript file. For example, you can run the following:
$ ./test04_run $ ./test05_run $ ./test06_run


This EPUB contains a number of intentional accessibility errors, described in each section, to evaluate the performance of accessibility checking tools.


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Weikang Wang
I am now a PhD student in the Learning and Optimisation for Visual Computing Group , in the
institute of computer science II, Visual Computing,
at the University of Bonn, supervised by Professor Florian Bernard. My research interests including 3d vision, generative models, and graph based models.
I was an academic visiting student at Department of Computer Science and Technology
of University of Science and Technology of China,
supervised by Prof. Wang S. F. and Prof. Chen E. H.,
concentrating on computer vision and machine learning between June 2019 to July 2020.
I completed my Master of Science degree in Electrical Engineering of Columbia University,
where I have been lucky worked with Prof. John Wright,
Prof. Li C. and Prof. Zoran Kostic.
Before that, I got my Bachelor of Engineering degree in Automation with distiction from Beihang University,
supervised by Prof. Zhang B. C..
Email  /
CV  /
Google Scholar  /
Github
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|
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Research
I'm interested in computer vision, machine learning, statistical learning theory, and image processing.
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Learning from Macro-expressions: A Micro-expression Recognition Framework
Xia, B.,
Wang, W. K.,
Wang, S. F.,
Chen, E. H.,
ACM Multimedia, 2020
[code]
A Micro-expression recognition framework, which uses Macro-expressions to get better results.
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Cooperative target searching and tracking via UCT with probability distribution model
Qin R. X.,
Wang, T.,
Jiang, H. T.,
Yan Q. H.,
Wang W. K.,
Hichem Snoussi,
IEEE International Conference on DSP, 2016
[code]
A new multiple UVAs' tracking and searching algorithm, based on ideas from Quantum mechanics.
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Preparation and properties of autoclaved aerated concrete using coal gangue and iron ore tailings
Wang, C. L.,
Ni, W.,
Zhang, S. Q.,
Wang, S.,
Wang W. K.,
Gai G. S.,
Construction and Building Materials, 2016
A new type of autoclaved aerated concrete (ACC) was developed using coal gangue (CGC) and iron ore tailings (ITOs).
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The LDAP provider uses two root nodes to store its data: a users node and a groups node.
The users node contains all user entries. There is no further grouping - all user entries are on the same level.
The LDAP storage for the users from the example in chapter 107.3.2 of the OSGI companion spec would look like:
- <users-root>.<domain> - elmer - fudd - marvin - pepe - daffy - foghorn
Since groups can have basic and required members the organization of the groups tree is a bit more complex: the groups root node contains an organizational node for each group. Each of those nodes may contain group entries of type basic or required.
The LDAP storage for the example groups from table 107.14 in the OSGI companion specification would look like:
- <groups-root>.<domain> - residents - residents.basic - elmer - fudd - marvin - pepe - buddies - buddies.basic - daffy - foghorn - children - children.basic - marvin - pepe - adults - adults.basic - elmer - fudd - administrators - administrators.basic - elmer
And the action groups from table 107.15 would look like:
- alarmSystemControl - alarmSystemControl.basic - residents - alarmSystemControl.required - administrators - internetAccess - internetAccess.basic - residents - internetAccess.required - adults - temperatureControl - temperatureControl.basic - residents - temperatureControl.required - adults - photoAlbumEdit - photoAlbumEdit.basic - residents - children - adults - photoAlbumView - photoAlbumView.basic - residents - buddies - portForwarding - portForwarding.basic - residents - portForwarding.required - administrators
To see what this looks like in the LDAP tree let's start to create an LDIF file for the example mentioned above.
We assume an organization (osgi.org) which stores the users and group nodes directly in the organization root node and uses the default configuration settings whenever possible:
# ------------------------ # Example root context entry # ------------------------ dn: dc=osgi,dc=org objectClass: top objectClass: organization objectClass: dcObject dc: osgi o: OSGi description: The context entry for suffix dc=osgi,dc=org # The people ... dn: ou=people,dc=osgi,dc=org objectClass: top objectClass: organizationalUnit ou: people description: The people at osgi.org # The groups ... dn: ou=groups,dc=osgi,dc=org objectClass: top objectClass: organizationalUnit ou: groups description: The groups at osgi.org
All that is left now to make the UserAdmin service working on an empty system is to add the initial user: the user.anyone role defined in the Role interface:
dn: uid=user.anyone,ou=people,dc=ops4j,dc=org objectclass: top objectclass: person objectclass: organizationalPerson objectclass: inetOrgPerson uid: user.anyone cn: user.anyone sn: user.anyone # note: userPassword contains credential tuples consisting of an ID and a password. The ID may be the wildcard char '*' which matches all IDs. # Therefor the second credential is superfluous - it's just used for testing # userPassword: *,notNeededForThisUser userPassword: some authority;testPwd
This is the minimal initial structure needed to store user data.
Now we can start to add other users (Elmer, Fudd, ...) and then add the basic example groups, i.e. Residents:
# # The residents group # dn: ou=residents,ou=groups,dc=osgi,dc=org objectClass: top objectClass: organizationalUnit ou: residents description: The residents group at osgi.org # # - basic members sub-group # dn: cn=residents.basic,ou=users,ou=groups,dc=osgi,dc=org objectclass: top objectclass: simpleSecurityObject objectClass: groupOfNames cn: residents.basic userPassword: some authority;testPwd member: uid=elmer,ou=people,dc=osgi,dc=org
The other example groups can be added the same way.
Now the real fun starts - let's add a action group that not only relies on other groups, but also has required members:
# # The alarmSystemControl group # dn: ou=alarmSystemControl,ou=groups,dc=osgi,dc=org objectClass: top objectClass: organizationalUnit ou: alarmSystemControl description: The alarmSystemControl group at osgi.org # # - basic members sub-group # dn: cn=alarmSystemControl.basic,ou=users,ou=groups,dc=osgi,dc=org objectclass: top objectclass: simpleSecurityObject objectClass: groupOfNames cn: alarmSystemControl.basic userPassword: some authority;testPwd member: ou=residents,ou=groups,dc=osgi,dc=org # # - required members sub-group # dn: cn=alarmSystemControl.required,ou=users,ou=groups,dc=osgi,dc=org objectclass: top objectclass: simpleSecurityObject objectClass: groupOfNames cn: alarmSystemControl.required userPassword: some authority;testPwd member: ou=administrators,ou=groups,dc=osgi,dc=org
This allows only residents that also are included in the administrators group to access the alarm system.
Cool, isn't it :-)
And there's another goodie: most LDAP configuration (objectclasses, DNs and attributes) are configurable: check out the configuration page for details.


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An exploration of colour inspired by movement, positivity + New York City.
Each bandana has been made and printed by hand.
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ID tokens are signed as per the JSON Web Key specification. This requires that the server supply public information about its keys so that clients may validate them. The well-known page for the service will give the location of the web key file in the jwks_uri entry. Generally you merely need to set this up on the server and clients will validate the signatures that your server creates. The configuration entry is:
| Name | Required | Default | |
| path | Y | (none) | The full path to the JSON web key file. This is probably best done within CDATA tags to ensure that special characters such as blanks and slashes, are interpreted correctly. |
There is one attribute and that is defaultKeyID which tells which key should be used for signing. If you have a single key, then that will be used as the default, otherwise you must specify the default key or there will be an error at boot.
<service name="myInstall"> <!-- other stuff --> <JSONWebKey defaultKeyID="E80281A5CD86D1288B15A9D868586B9B"> <path>/var/www/config/keys.jwks</path> </JSONWebKey> </service>
This sets the path to the file keys.jwks in the given directory. This file contains multiple keys, so if you do not set the defaultKeyID, an error will be generated on server startup. Within that file is an entry that has a unique key identifier ("kid"):
{"keys": [ { "n": "AIptVWe86psnN3Vr4ovJZF0T0oBqlDMrpX2JcJ3g8UQ5NZG8Fugb5FD8aB6jXU98AS3IIi8ORCVsSb7lUvdFrHoZuOQ74rXrStIBSeXySOv_kSC4gJltMU2ld9sXUVbvLulFLSRoIttstacy8EZ8ULM5PaeNUuiVNQW5weQOWig0xuNhS_5nkn1ujarNitCWhI_RmGAdRjL3uJxahKqm2ZRvxnEO6ajFfb7j13HJuzw9bkGkDVY6LZRbPCCZq57geEwmbgjMN6F3m6CUSvbkvIgqqVzm7GEDlk8J4Jer8tavJ_lkiQ3J1q-CoYr38UFx4Q3s", "e": "AQAB", "alg": "RS384", "kid": "E80281A5CD86D1288B15A9D868586B9B", "use": "sig", "kty": "RSA", "d": "NuCDNB37r8iLPtynMh2D0TZzg_88hG9KyXKjhM1zZuGVNtidwbfD0oMDgrVfXEgBmMC98bEuob7H1iPl371wd9EjCOb2EVyeWHLhnoIl_y0SgmYmAj0Ki8NST2TApwUdzjUwj4SikFOdJmap5UZMUBuMfgqJtSAHixnrcDGlvh0nwt66axV5GEA6gT_gXx0V8JsGRvU5zxMVn8-0Nfeo53ao4sVqO8lwsinPgeEuDpaoTvbNtlGpw5CeYtveZpPgIgYATr6_ke8UNalax8py2zmHyswHX3CzEEuguJUfKEeHBeIyECsfRdM2z6CsDGI-a4fe-VzudYDVMUQ" }] }
There may be several other entries in the file which is why the key identifier is needed. In this case, every ID token will be signed with the RSA key using 384 bits. (Note this example should not be used anywhere. Please see the next section for how to generate keys properly.) Clients may request other strengths which the server may or may not honor. Only the RSA signing algorithm is supported by OA4MP.
The supplied command line tool (oa2-cli in the /opt/oa2/bin directory) has the ability to create a set of key. OA4MP will support RSA signing at 256, 384 and 512 bits. Using the command line tool will create keys for each of these. To use this, you will need to start the tool then use keys:
oa2>use keys keys>create Give the file path[]:/var/www/config/keys.jwks create a new set of JSON web keys?[y/n]y JSONweb keys written Done! keys>exit exiting ...
In this example, you use signing and invoke the create call. This prompts you for the full path (including the file name) and then verifies that you want to create the keys. Note that if you specify an existing file, you will be asked if you want to overwrite it. The resulting file will be in JSON web key format and ready for use. You must specify this file for the server to use.
You should be sure that this file is put somewhere that is not public on your system and that the permissions allows tomcat to access it (usually this means at least that the grouop should be set to "tomcat" on unix installs. It should also be read only for all access.


(Optional) Used to define any condition expressions cited in the property validations.
Open All | Close All


--- layout: post status: publish published: true title: "
It would not be a Chiefs road trip to the Quad Cities in April without cold and wet weather. Tuesday's game was postponed and the two clubs will make up the game in a double-header this afternoon. I was at Monday's game to see Hayden Simpson make his third professional start. The Arkansas native took the mound on a chilly 44 degree night, with a brisk wind that always exists by the river in the Spring. Gripping the ball would be a challenge for anyone Monday night, and it seemed as though all the pitchers struggled with control at times.
Simpson got his first decision in his pro career, a loss, and gave up four runs, two of them earned, on six hits in his four innings pitched. It seemed as though Simpson was sticking to fastballs and his 12-6 curveball. He struck out three and walked two. He had one wild pitch and had another pitch sail over everyone to the backstop. A temperature of 44 degrees may not sound that cold, but it was breezy and damp. I don't know what the wind chill was, but it felt more like the upper 30's.
Getting to the ballpark was interesting, as the city of Davenport has constructed temporary pedestrian bridges over the floodwaters. Nearly all of the parking at Modern Woodmen Park is under water. The river has completely surrounded the stadium. The flooded area and cold temperatures had a huge impact on attendance. I counted 61 fans in the stands, but with the people in the restaurant/bar area and the two or three suites that were occupied, I'll be generous and say that there was 100 people there.
If you are interested in going to today's double-header between the Chiefs and the River Bandits, the first game starts at 12pm. Austin Kirk will start the first game for the Chiefs and Dallas Beeler will start the second game. If you are interested in these games, the Bandits are having their Belly Buster deal tomorrow. For $19, you can watch both games and enjoy all-you-can-eat hot dogs, nachos, popcorn, peanuts and soda.
I left my camera's memory card at home, so the only photos I have are from my iPod. Speaking of my iPod, kudos for the Bandits and MWP for having public Wifi. Kurt, Lana and I were able to keep an eye on the Cubs game via the MLB At-Bat app. So here are the photos:


Note: This version of brolgar has been forked from tprvan/brolgar, and is undergoing breaking changes to the API.
Exploring longitudinal data can be challenging. For example, when there are many individuals it is difficult to look at all of them, as you often get a “plate of spaghetti” plot, with many lines plotted on top of each other.
These are hard to interpret.
You might then want to explore those individuals with higher amounts of variation, or those with lower variation. But calculating this for individuals draws you away from your analysis, and instead you are now wrangling with a different problem: summarising key information about each individual and incorporating that back into the data.
This is annoying, and distracts from your analysis, inviting errors.
brolgar (BRowse over Longitudinal data Graphically and Analytically in R) (forked from https://github.com/tprvan/brolgar) provides tools for providing statistical summaries for each individual. These are referred to as a longnostics, a portmanteau of longitudinal and cognostic. These longnostics make it straightforward to extract subjects with certain properties to gain some insight into the data.
Install from GitHub with:
Longitudinal data has subjects who are measured on several characteristics repeatedly through time but not always at the same time points or the same number of times.
Let’s extract informative individual patterns by concentrating on different statistics. A story can be woven that may be relevant rather than speaking in generalities.
The wages data set analysed in Singer & Willett (2003) will be used to demonstrate some of the capabilities of this package.
library(brolgar)
library(tibble)
data(wages)
wages
#> # A tibble: 6,402 x 9
#> id lnw exper ged postexp black hispanic hgc uerate
#> <int> <dbl> <dbl> <int> <dbl> <int> <int> <int> <dbl>
#> 1 31 1.49 0.015 1 0.015 0 1 8 3.21
#> 2 31 1.43 0.715 1 0.715 0 1 8 3.21
#> 3 31 1.47 1.73 1 1.73 0 1 8 3.21
#> 4 31 1.75 2.77 1 2.77 0 1 8 3.3
#> 5 31 1.93 3.93 1 3.93 0 1 8 2.89
#> 6 31 1.71 4.95 1 4.95 0 1 8 2.49
#> 7 31 2.09 5.96 1 5.96 0 1 8 2.6
#> 8 31 2.13 6.98 1 6.98 0 1 8 4.8
#> 9 36 1.98 0.315 1 0.315 0 0 9 4.89
#> 10 36 1.80 0.983 1 0.983 0 0 9 7.4
#> # … with 6,392 more rows
longnostics
The longnostics
in brolgar
all start with l_
, and for all individuals in the data calculate a statistic for each individual (specified with an id
), for some specified variable:
l_n_obs()
Number of observationsl_min()
Minimuml_max()
Maximuml_mean()
Meanl_diff()
Lagged difference (by default, the first order difference)l_q1()
First quartilel_median()
Median valuel_q3()
Third quartilel_sd()
Standard deviationl_slope()
Slope and intercept (given some linear model formula)For example, we can calculate the number of observations with l_n_obs()
:
wages_nobs <- l_n_obs(data = wages, id = id)
wages_nobs
#> # A tibble: 888 x 2
#> id l_n_obs
#> <int> <int>
#> 1 31 8
#> 2 36 10
#> 3 53 8
#> 4 122 10
#> 5 134 12
#> 6 145 9
#> 7 155 11
#> 8 173 6
#> 9 206 3
#> 10 207 11
#> # … with 878 more rows
Which could be further summarised to get a sense of the range of the data:
We might be interested in showing the experience and lnw (?), and so look at a plot like the following:
This is a plate of spaghetti! It is hard to understand!
We can use brolgar
to get the number of observations and slope information for each individual to identify those that are decreasing over time.
sl <- l_slope(wages, id, lnw~exper)
ns <- l_n_obs(wages, id)
sl
#> # A tibble: 888 x 3
#> id l_intercept l_slope_exper
#> <int> <dbl> <dbl>
#> 1 31 1.41 0.101
#> 2 36 2.04 0.0588
#> 3 53 2.29 -0.358
#> 4 122 1.93 0.0374
#> 5 134 2.03 0.0831
#> 6 145 1.59 0.0469
#> 7 155 1.66 0.0867
#> 8 173 1.61 0.100
#> 9 206 1.73 0.180
#> 10 207 1.62 0.0884
#> # … with 878 more rows
ns
#> # A tibble: 888 x 2
#> id l_n_obs
#> <int> <int>
#> 1 31 8
#> 2 36 10
#> 3 53 8
#> 4 122 10
#> 5 134 12
#> 6 145 9
#> 7 155 11
#> 8 173 6
#> 9 206 3
#> 10 207 11
#> # … with 878 more rows
We can then join these summaries back to the data:
wages_lg <- wages %>%
left_join(sl, by = "id") %>%
left_join(ns, by = "id")
wages_lg
#> # A tibble: 6,402 x 12
#> id lnw exper ged postexp black hispanic hgc uerate l_intercept
#> <int> <dbl> <dbl> <int> <dbl> <int> <int> <int> <dbl> <dbl>
#> 1 31 1.49 0.015 1 0.015 0 1 8 3.21 1.41
#> 2 31 1.43 0.715 1 0.715 0 1 8 3.21 1.41
#> 3 31 1.47 1.73 1 1.73 0 1 8 3.21 1.41
#> 4 31 1.75 2.77 1 2.77 0 1 8 3.3 1.41
#> 5 31 1.93 3.93 1 3.93 0 1 8 2.89 1.41
#> 6 31 1.71 4.95 1 4.95 0 1 8 2.49 1.41
#> 7 31 2.09 5.96 1 5.96 0 1 8 2.6 1.41
#> 8 31 2.13 6.98 1 6.98 0 1 8 4.8 1.41
#> 9 36 1.98 0.315 1 0.315 0 0 9 4.89 2.04
#> 10 36 1.80 0.983 1 0.983 0 0 9 7.4 2.04
#> # … with 6,392 more rows, and 2 more variables: l_slope_exper <dbl>,
#> # l_n_obs <int>
We can then highlight those individuals with more than 5 observations, and highlight those with a negative slope using gghighlight
:
You can filter by the number of observations using filter_n_obs()
wages %>%
filter_n_obs(id = id,
l_n_obs > 3)
#> # A tibble: 6,145 x 10
#> id l_n_obs lnw exper ged postexp black hispanic hgc uerate
#> <int> <int> <dbl> <dbl> <int> <dbl> <int> <int> <int> <dbl>
#> 1 31 8 1.49 0.015 1 0.015 0 1 8 3.21
#> 2 31 8 1.43 0.715 1 0.715 0 1 8 3.21
#> 3 31 8 1.47 1.73 1 1.73 0 1 8 3.21
#> 4 31 8 1.75 2.77 1 2.77 0 1 8 3.3
#> 5 31 8 1.93 3.93 1 3.93 0 1 8 2.89
#> 6 31 8 1.71 4.95 1 4.95 0 1 8 2.49
#> 7 31 8 2.09 5.96 1 5.96 0 1 8 2.6
#> 8 31 8 2.13 6.98 1 6.98 0 1 8 4.8
#> 9 36 10 1.98 0.315 1 0.315 0 0 9 4.89
#> 10 36 10 1.80 0.983 1 0.983 0 0 9 7.4
#> # … with 6,135 more rows
wages %>%
filter_n_obs(id = id,
l_n_obs == 1)
#> # A tibble: 38 x 10
#> id l_n_obs lnw exper ged postexp black hispanic hgc uerate
#> <int> <int> <dbl> <dbl> <int> <dbl> <int> <int> <int> <dbl>
#> 1 266 1 1.81 0.322 1 0.182 0 0 9 8.8
#> 2 304 1 1.84 0.580 0 0 0 1 8 3.39
#> 3 911 1 2.51 1.67 1 1.67 1 0 11 9.9
#> 4 1032 1 1.65 0.808 0 0 1 0 8 9.3
#> 5 1219 1 1.57 1.5 0 0 1 0 9 8.4
#> 6 1282 1 2.22 0.292 1 0.292 0 0 11 5.89
#> 7 1542 1 1.81 0.173 0 0 0 0 10 4.39
#> 8 1679 1 1.94 0.365 1 0 0 0 10 5.7
#> 9 2065 1 2.60 1.5 0 0 0 0 11 9.7
#> 10 2261 1 2.25 0.005 0 0 0 0 6 6.9
#> # … with 28 more rows
wages %>%
filter_n_obs(id = id,
l_n_obs >= 13)
#> # A tibble: 78 x 10
#> id l_n_obs lnw exper ged postexp black hispanic hgc uerate
#> <int> <int> <dbl> <dbl> <int> <dbl> <int> <int> <int> <dbl>
#> 1 1204 13 1.81 0.455 0 0 0 0 8 3.69
#> 2 1204 13 1.99 1.28 0 0 0 0 8 3.99
#> 3 1204 13 2.08 2.24 0 0 0 0 8 5.7
#> 4 1204 13 2.30 3.22 0 0 0 0 8 6.59
#> 5 1204 13 2.20 4.20 0 0 0 0 8 7.8
#> 6 1204 13 2.33 5.18 0 0 0 0 8 4.8
#> 7 1204 13 2.44 6.20 0 0 0 0 8 3.8
#> 8 1204 13 2.58 7.28 0 0 0 0 8 3.8
#> 9 1204 13 2.22 8.43 0 0 0 0 8 3.8
#> 10 1204 13 2.80 9.64 0 0 0 0 8 3.19
#> # … with 68 more rows
You can calculate all longnostics using longnostic_all()
:
longnostic_all(data = wages,
id = id,
var = lnw,
formula = lnw~exper)
#> # A tibble: 888 x 12
#> id l_diff_1 l_max l_mean l_median l_min l_n_obs l_q1 l_q3 l_sd
#> <int> <dbl> <dbl> <dbl> <dbl> <dbl> <int> <dbl> <dbl> <dbl>
#> 1 31 0.377 2.13 1.75 1.73 1.43 8 1.49 1.97 0.277
#> 2 36 1.11 2.93 2.33 2.32 1.80 10 2.05 2.54 0.387
#> 3 53 1.70 3.24 1.89 1.71 1.54 8 1.59 1.88 0.562
#> 4 122 1.68 2.92 2.17 2.19 0.763 10 2.12 2.42 0.574
#> 5 134 0.368 2.93 2.48 2.36 2.00 12 2.29 2.77 0.321
#> 6 145 0.289 2.04 1.76 1.77 1.48 9 1.60 1.88 0.185
#> 7 155 0.627 2.64 2.17 2.22 1.54 11 1.93 2.40 0.362
#> 8 173 0.319 2.34 1.93 2.00 1.56 6 1.76 2.02 0.274
#> 9 206 0.269 2.48 2.27 2.30 2.03 3 2.16 2.39 0.228
#> 10 207 0.399 2.66 2.11 2.15 1.58 11 1.90 2.24 0.327
#> # … with 878 more rows, and 2 more variables: l_intercept <dbl>,
#> # l_slope_exper <dbl>
This version of brolgar has been forked from tprvan/brolgar, and is undergoing breaking changes to the API.


{% extends "layouts/_block_content.html" %} {% from "components/list/_macro.njk" import onsList %} {% set page_title = "Vulnerability Disclosure Policy" %} {% block main %}
This disclosure policy applies only to vulnerabilities in the ONS products and services under the following conditions: {{ onsList({ "itemsList": [ { "text": '‘In scope’ vulnerabilities must be original, previously unreported, and not already discovered by internal procedures.' }, { "text": 'Volumetric vulnerabilities are not in scope - meaning that simply overwhelming a service with a high volume of requests is not in scope.' }, { "text": "Reports of non-exploitable vulnerabilities, or reports indicating that our services do not fully align with 'best practice', for example missing security headers, are not in scope." }, { "text": "TLS configuration weaknesses, for example 'weak'cipher suite support or the presence of TLS1.0 support, are not in scope." }, { "text": "The policy applies to everyone, including for example the ONSstaff, third party suppliers and general users of the ONS publicservices." } ] }) }}
If you have discovered something you believe to be an in-scope security vulnerability, first you should check the above details for more information about scope, then submit a report on this page. In your submission, include details of: {{ onsList({ "itemsList": [ { "text": 'The website or page where the vulnerability can be observed.' }, { "text": "A brief description of the type of vulnerability, for example an 'XSS vulnerability'." } ] }) }} Your report should provide a benign, non-destructive, proof of exploitation. This helps to ensure that the report can be triaged quickly and accurately. It also reduces the likelihood of duplicate reports, or malicious exploitation of some vulnerabilities, such as sub-domain takeovers.
After you have submitted your report, we will respond to your report within 5 working days and aim to triage your report within 10 working days. We’ll also keep you informed about our progress throughout the process via HackerOne if you have registered for an account.
Priority for bug fixes or mitigations are assessed by looking at the impact severity and exploit complexity. Vulnerability reports might take some time to triage or address. You are welcome to enquire onthe status of the process but should avoid doing so more than once every 14 days. The reason is to allow our teams to focus on the reports as much as possible.
When the reported vulnerability is resolved, or remediation work is scheduled, the Vulnerability Disclosure Team will notify you, and invite you to confirm that the solution covers the vulnerability adequately.
This policy is designed to be compatible with common vulnerability disclosure good practice. It does not give you permission to act in any manner that is inconsistent with the law, or which might cause the ONS to be in breach of any of its legal obligations, including but not limited to: {{ onsList({ "itemsList": [ { "text": 'The Computer Misuse Act (1990)' }, { "text": 'The General Data Protection Regulation 2016/679 (GDPR) and the Data Protection Act 2018' }, { "text": 'The Copyright, Designs and Patents Act (1988)' }, { "text": 'The Official Secrets Act (1989)' } ] }) }} The ONS affirms that it will not seek prosecution of any security researcher who reports any security vulnerability on a ONS service or system, where the researcher has acted in good faith and in accordance with this disclosure policy.
You must NOT: {{ onsList({ "itemsList": [ { "text": 'Access unnecessary amounts of data. For example, 2 or 3 records is enough to demonstrate most vulnerabilities, such asan enumeration or direct object reference vulnerability.' }, { "text": 'Use high-intensity invasive or destructive technical security scanning tools to find vulnerabilities.' }, { "text": 'Violate the privacy of the ONS users, staff, contractors, services or systems. For example, by sharing, redistributing and/or not properly securing data retrieved from our systems or services.' }, { "text": 'Communicate any vulnerabilities or associated details using methods not described in this policy.' }, { "text": 'Modify data in the ONS systems or services.' }, { "text": 'Disrupt the ONS services or systems.' }, { "text": "Social engineer, 'phish'or physically attack ONS staff or infrastructure." }, { "text": 'Disclose any vulnerabilities in the ONS systems or services to 3rd parties or the public, prior to the ONS confirming that those vulnerabilities have been mitigated or rectified. However, this is not intended to stop you notifying a vulnerability to 3rd parties for whom the vulnerability is directly relevant. An example would be where the vulnerability being reported is in a 3rd party software library or framework. Details of the specific vulnerability as it applies to the ONS must not be referenced in such reports.' } ] }) }}
{% endblock main %}


We may define discoursal point of view
as the relationship, expressed through discourse
structure, between the implied author or some other addresser,
and the fiction.
We may define refulgence
as refdefa radiant or resplendent quality or state.
But I'm not sure how quincunx can be defined.


The model responsible for the loading/saving current game from/to file.
More...
#include <state_manager_model.h>
The model responsible for the loading/saving current game from/to file.
◆ StateManagerModel()
| StateManagerModel::StateManagerModel |
( |
| ) |
|
◆ blocksUpdatedHandler
| void StateManagerModel::blocksUpdatedHandler |
( |
const std::vector< std::shared_ptr< Block< BlockLayoutItem >>> & |
blocks | ) |
|
|
inlineslot |
Handles changes of the blocks.
- Parameters
-
| blocks | The array of pointers to all Blocks that creates the board. |
◆ gameStartedHandler
| void StateManagerModel::gameStartedHandler |
( |
const std::vector< std::shared_ptr< Block< BlockLayoutItem >>> & |
blocks, |
|
|
const size_t & |
size |
|
) |
| |
|
inlineslot |
Handles the new game signal.
- Parameters
-
| blocks | The array of pointers to all Blocks that creates the board. |
| size | The edge size of a board (i.e. 4 in case of board created for 16 blocks) |
◆ loadGame()
| void StateManagerModel::loadGame |
( |
const QString & |
path | ) |
|
Loads the state of a game from the passed path.
- Parameters
-
| path | The path to the file, game will be load from. |
◆ saveGame()
| void StateManagerModel::saveGame |
( |
const QString & |
path | ) |
|
Saves the current state of a game to the passed path.
- Parameters
-
| path | The path to the file, game will be save to. |
◆ stateLoaded
| void StateManagerModel::stateLoaded |
( |
const LoadState & |
state | ) |
|
|
signal |
Emitted when new state has been loaded (game has been loaded from file).
- Parameters
-
| state | The state object, holding level, numbers and size of the board. |
◆ timePassedHandler
| void StateManagerModel::timePassedHandler |
( |
const size_t & |
timePassed | ) |
|
|
inlineslot |
Handles the time passed.
- Parameters
-
| timePassed | The number of seconds since the first move. |
◆ totalMovesHandler
| void StateManagerModel::totalMovesHandler |
( |
const size_t & |
counter, |
|
|
const std::list< std::shared_ptr< Move >> & |
moves |
|
) |
| |
|
inlineslot |
Handles the total moves changes.
- Parameters
-
| counter | The number of moves. |
| moves | The list of pointers to changed moves. |
The documentation for this class was generated from the following files:


Who am I?
Sivakumar Rajendran is a web developer. He's been into back-end developement for quite a time and now trying to hone skills related to front-end technolgies. He's an avid book reader when he isn't glued to a computer screen.
He occassionaly writes blog on spiritual topics and on coding technologies.


Loading jQuery in non blocking mode and using it to inject a few DIVs into DOM...
A box will be added after jQuery is loaded
Loading jQuery UI Core and jQuery UI dialog on DOMready in order
Boxes will appear after DOMready
Loading jQuery.cookie
onLoad
Loading jQuery.metadata
onLoad


US consumer prices climb 0.4% in October on surging gasoline prices
by EndPlayWASHINGTON - WASHINGTON (AP) - US consumer prices climb 0.4% in October on surging gasoline prices.
WASHINGTON - WASHINGTON (AP) - US consumer prices climb 0.4% in October on surging gasoline prices.


Tests that framework blackboxing skips instant pauses (e.g. breakpoints on console.assert(), setTimeout(), etc.) if they happen entirely inside the framework.


Thank you for taking the time to help us improve the platform
How did you hear about us
How do you rate us


The parenthetical string is the parameter value for LB_METHOD parameter; the parameter is set through a call to Zoltan_Set_Param.
Simple Partitioners for TestingBlock Partitioning (BLOCK)Geometric (Coordinate-based) Partitioners
Cyclic Partitioning (CYCLIC)
Random Partitioning (RANDOM)Recursive Coordinate Bisection (RCB)Hypergraph Partitioning, Repartitioning and Refinement (HYPERGRAPH)
Recursive Inertial Bisection (RIB)
Hilbert Space-Filling Curve Partitioning (HSFC)
Refinement Tree Based Partitioning (REFTREE)PHGGraph Partitioning and Repartitioning (GRAPH)
PaToHPHGHybrid Hierarchical Partitioning (HIER)
ParMETIS
Scotch
For further analysis and discussion of some of the algorithms, see [Hendrickson and Devine].
| Parameters: | |
| LB_METHOD | The load-balancing algorithm used by Zoltan is specified by this parameter.
Valid values are
BLOCK (for block partitioning), |
| LB_APPROACH |
The desired load balancing
approach.
Only LB_METHOD = HYPERGRAPH or
GRAPH
uses the LB_APPROACH parameter. Valid values are
PARTITION (Partition "from scratch," not taking into account the current data distribution; this option is recommended for static load balancing.) |
| NUM_GLOBAL_PARTS | The total number of parts to be generated by a call to Zoltan_LB_Partition. Integer values greater than zero are accepted. Not valid for Zoltan_LB_Balance. |
| NUM_LOCAL_PARTS | The number of parts to be generated on this processor by a call to Zoltan_LB_Partition. Integer values greater than or equal to zero are accepted. Not valid for Zoltan_LB_Balance. If any processor sets this parameter, NUM_LOCAL_PARTS is assumed to be zero on processors not setting this parameter. |
| RETURN_LISTS | The lists returned by calls to
Zoltan_LB_Partition
or
Zoltan_LB_Balance. Valid values are
|
| REMAP | Within Zoltan_LB_Partition or Zoltan_LB_Balance, renumber parts to maximize overlap between the old decomposition and the new decomposition (to reduce data movement from old to new decompositions). Valid values are "0" (no remapping) or "1" (remapping). Part assignments from ZOLTAN_PART_MULTI_FN or ZOLTAN_PART_FN query functions can be used in remapping if provided; otherwise, processor numbers are used as part numbers. Requests for remapping are ignored when, in the new decomposition, a part is spread across multiple processors or part sizes are specified using Zoltan_LB_Set_Part_Sizes. |
| IMBALANCE_TOL | The amount of load imbalance the partitioning algorithm should deem acceptable. The load on each processor is computed as the sum of the weights of objects it is assigned. The imbalance is then computed as the maximum load divided by the average load. An value for IMBALANCE_TOL of 1.2 indicates that 20% imbalance is OK; that is, the maximum over the average shouldn't exceed 1.2. |
| MIGRATE_ONLY_PROC_CHANGES | If this value is set to TRUE (non-zero), Zoltan's migration functions will migrate only objects moving to new processors. They will not migrate objects for which only the part number has changed; the objects' processor numbers must change as well. If this value is set to FALSE (zero), Zoltan's migration functions will migrate all objects with new part or processor assignments. |
| AUTO_MIGRATE | If this value is set to TRUE (non-zero), Zoltan will automatically perform the data migration during calls to Zoltan_LB_Partition or Zoltan_LB_Balance. A full discussion of automatic migration can be found in the description of the migration interface functions. |
| Default Values: | |
| LB_METHOD = RCB | |
| LB_APPROACH = REPARTITION | |
| NUM_GLOBAL_PARTS = Number of processors specified in Zoltan_Create. | |
| NUM_LOCAL_PARTS = 1 | |
| RETURN_LISTS = ALL | |
| REMAP = 1 | |
| IMBALANCE_TOL = 1.1 | |
| MIGRATE_ONLY_PROC_CHANGES = 1 | |
| AUTO_MIGRATE = FALSE |


|
| | FPGA (std::shared_ptr< SPI > spi_bus, PinName nCs, PinName initB, PinName progB, PinName done) |
| | Initializes the FPGA instance. More...
|
| |
| bool | configure () |
| | Configure FPGA with the "fpga_bin.h" binary Must be called to initialize the fpga. More...
|
| |
| bool | isReady () |
| |
| uint8_t | set_duty_get_enc (int16_t *duty_cycles, size_t size_dut, int16_t *enc_deltas, size_t size_enc) |
| | Sets the duty cycles and read the encoders for all motors Also resets the watchdog on the fpga. More...
|
| |
| uint8_t | set_duty_cycles (int16_t *duty_cycles, size_t size) |
| | Sets the duty cycles for all motors Also reset the watchdog on the fpga. More...
|
| |
| uint8_t | read_duty_cycles (int16_t *duty_cycles, size_t size) |
| | Reads the duty cycles for all motors. More...
|
| |
| uint8_t | read_encs (int16_t *enc_counts, size_t size) |
| | Reads the encoders for all motors. More...
|
| |
| uint8_t | read_halls (uint8_t *halls, size_t size) |
| | Reads the hall count for all motors (similar to encoders) More...
|
| |
| uint8_t | motors_en (bool state) |
| | Enables or disables the motors on the fpga The on->off or off->on toggle of motors resets the watchdog. More...
|
| |
| uint8_t | watchdog_reset () |
| | Resets the watchdog on the fpga If the watchdog is not reset, the motors stop after some time. More...
|
| |
| bool | git_hash (std::vector< uint8_t > &) |
| | Gets the git hash of the current fpga firmware. More...
|
| |
| void | gate_drivers (std::vector< uint16_t > &) |
| | Get information from each of the DRV8303's. More...
|
| |
| bool | send_config () |
| | Sends the config over to the FPGA It is assumed that the fpga has already initialized and the spi bus is cleared out. More...
|
| |
| void | chip_select () |
| | Bring chipselect low so we can start a transmission. More...
|
| |
| void | chip_deselect () |
| | Bring chipselect high so we can end a transmission. More...
|
| |
◆ FPGA()
| FPGA::FPGA |
( |
std::shared_ptr< SPI > |
spi_bus, |
|
|
PinName |
nCs, |
|
|
PinName |
initB, |
|
|
PinName |
progB, |
|
|
PinName |
done |
|
) |
| |
Initializes the FPGA instance.
- Parameters
-
| spi_bus,the | SPI spi_bus the FPGA is connected to |
| nCs,the | PinName for the negated chip select line |
| initB,the | PinName for the initB line from the FPGA |
| progB,the | PinName for the progB command line to the FPGA |
| done,the | PinName for the done line from the FPGA confirming successful flash |
initialies FPGA::Instance.
◆ chip_deselect()
| void FPGA::chip_deselect |
( |
| ) |
|
Bring chipselect high so we can end a transmission.
◆ chip_select()
| void FPGA::chip_select |
( |
| ) |
|
Bring chipselect low so we can start a transmission.
◆ configure()
Configure FPGA with the "fpga_bin.h" binary Must be called to initialize the fpga.
- Returns
- true if configured correctly, false if not
- Note
- this may return bad values
◆ gate_drivers()
| void FPGA::gate_drivers |
( |
std::vector< uint16_t > & |
v | ) |
|
Get information from each of the DRV8303's.
- Parameters
-
| v | vector that will be filled with 10 16bit status structures each halfword is structured as follows (MSB -> LSB): | nibble 3: | 0 | 0 | 0 | 0 | | nibble 2: | GVDD_OV | FAULT | GVDD_UV | PVDD_UV | | nibble 1: | OTSD | OTW | FETHA_OC | FETLA_OC | | nibble 0: | FETHB_OC | FETLB_OC | FETHC_OC | FETLC_OC | |
◆ git_hash()
| bool FPGA::git_hash |
( |
std::vector< uint8_t > & |
v | ) |
|
Gets the git hash of the current fpga firmware.
- Parameters
-
| v | Vector that the has will be stored into. It will be 21 chars long |
- Returns
- Whether the current fpga firmware is dirty or not AKA a file has been modified but not commited
◆ isReady()
- Returns
- True if initialized and configured
◆ motors_en()
| uint8_t FPGA::motors_en |
( |
bool |
state | ) |
|
Enables or disables the motors on the fpga The on->off or off->on toggle of motors resets the watchdog.
- Parameters
-
| state | True to enable motors |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
◆ read_duty_cycles()
| uint8_t FPGA::read_duty_cycles |
( |
int16_t * |
duty_cycles, |
|
|
size_t |
size |
|
) |
| |
Reads the duty cycles for all motors.
- Parameters
-
| duty_cycles | 5 element array that will be changed to hold the currently commanded duty cycles Element 1-4 are drive motors 1-4 Element 5 is the dribbler motor |
| size | Number of elements in the array |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
◆ read_encs()
| uint8_t FPGA::read_encs |
( |
int16_t * |
enc_counts, |
|
|
size_t |
size |
|
) |
| |
Reads the encoders for all motors.
- Parameters
-
| enc_counts | 5 element array that will be changed to hold the encoder counts for the 4 drive motors and the delta ticks these correspond to Element 1-4 are the drive motors 1-4 Element 5 is the delta tick |
| size | Number of elements in this array |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
◆ read_halls()
| uint8_t FPGA::read_halls |
( |
uint8_t * |
halls, |
|
|
size_t |
size |
|
) |
| |
Reads the hall count for all motors (similar to encoders)
- Parameters
-
| halls | 5 element array that will be changed to hold the hall counts for the 4 drive motors and the one dribbler motor Element 1-4 are the drive motors 1-4 Element 5 is the dribbler motor |
| size | Number of elements in this array |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
◆ send_config()
| bool FPGA::send_config |
( |
| ) |
|
Sends the config over to the FPGA It is assumed that the fpga has already initialized and the spi bus is cleared out.
- Returns
- True if the config send was successful
◆ set_duty_cycles()
| uint8_t FPGA::set_duty_cycles |
( |
int16_t * |
duty_cycles, |
|
|
size_t |
size |
|
) |
| |
Sets the duty cycles for all motors Also reset the watchdog on the fpga.
- Parameters
-
| duty_cycles | 5 element array specifying the duty cycle for the specific motor Element 1-4 are drive motors 1-4 Element 5 is the dribbler motor |
| size | Number of elements in the array |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
Returns 0x7F if the MAX_DUTY_CYCLE magnitude is exceeded
◆ set_duty_get_enc()
| uint8_t FPGA::set_duty_get_enc |
( |
int16_t * |
duty_cycles, |
|
|
size_t |
size_dut, |
|
|
int16_t * |
enc_deltas, |
|
|
size_t |
size_enc |
|
) |
| |
Sets the duty cycles and read the encoders for all motors Also resets the watchdog on the fpga.
- Parameters
-
| duty_cycles | 5 element array specifying the duty cycle for the specific motor Element 1-4 are drive motors 1-4 Element 5 is the dribbler motor |
| size_dut | Number of elements in the array |
| enc_deltas | 5 element array that will be changed to hold the encoder counts for the 4 drive motors and the delta ticks these correspond to Element 1-4 are the drive motors 1-4 Element 5 is the delta tick |
| size_enc | Number of elements in this array |
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
Returns 0x7F if the MAX_DUTY_CYCLE magnitude is exceeded
- Note
- Both input arrays must be 5 otherwise a array out of bounds condition occurs
◆ watchdog_reset()
| uint8_t FPGA::watchdog_reset |
( |
| ) |
|
Resets the watchdog on the fpga If the watchdog is not reset, the motors stop after some time.
- Returns
- FPGA_READY [7] 1 if fpga ready to run (no errors) WATCHDOG_TRIGGER [6] 0 if watchdog has not triggered yet MOTORS_ENABLED [5] 1 if motors are enabled MOTOR_HAS_ERROR [4:0] 1 to indicate error on specific motor [4] - Dribbler [3] - Drive motor 4 [2] - Drive motor 3 [1] - Drive motor 2 [0] - Drive motor 1
- Note
- Any other command that sets motor duty cycles resets the watchdog as well
◆ FPGA_SPI_FREQ
| constexpr int FPGA::FPGA_SPI_FREQ = 100'000 |
|
static |
◆ MAX_DUTY_CYCLE
| const int16_t FPGA::MAX_DUTY_CYCLE = 511 |
|
static |
The documentation for this class was generated from the following files:


Name:
Company:
Delivery Address:
E-mail Address:
Telephone:
Select Carpet Backing Type: PRIMARY FILBACK(STANDARD) SECONDARY DYNAMICBACK(STANDARD) TURF FIXBOND(2 STICHTED BACKINGS) TURF TRIOBACK(MULTILAYER FLEECED) SECONDARY FINEBACK(FLEECED SECONDARY) NONWOVEN FELTBACK(PP&PET FELT) PP FIBRILATED YARN JRY(FOR OUTDOOR CARPETS)
Select Width: 132"- 336 cm 152" - 386 cm 156" - 396 cm 171" - 435 cm 188" - 478 cm
Select PIC: 5 13 15 16 18 13+13 DOUBLE BACK 13+18 DOUBLE BACK NON
Select Weight: LIGHT REGULAR HEAVY
Select Color: TAN CHARCOAL BLACK BROWN WHITE ORANGE BLUE GREEN
Order Quantity Rolls (1312yards per roll):
Delivery Date:
Comments:


This object contains the list of words we want our recogniser to recognise plus a few "special" words (eg.
Inheritance:
Public Methods
-
char* getWord( int index )
- Returns the word given the index into the vocabulary
Public Members
-
Creates the vocabulary
-
'lex_fname' is the name of the lexicon file containing the pronunciations to be
-
recognised.
-
where the (prior) is optional
-
'sent_start_word' and 'sent_end_word' are the words that will start and
-
Adds a word to the vocabulary.
-
Returns the index of a given word.
-
words at indices of 'guess' and 'guess+1' are checked for a match
Inherited from Object:
Public Fields
-
Allocator* allocator
Public Methods
-
void addOption(const char* name, int size, void* ptr, const char* help="")
-
void addIOption(const char* name, int* ptr, int init_value, const char* help="")
-
void addROption(const char* name, real* ptr, real init_value, const char* help="")
-
void addBOption(const char* name, bool* ptr, bool init_value, const char* help="")
-
void addOOption(const char* name, Object** ptr, Object* init_value, const char* help="")
-
void setOption(const char* name, void* ptr)
-
void setIOption(const char* name, int option)
-
void setROption(const char* name, real option)
-
void setBOption(const char* name, bool option)
-
void setOOption(const char* name, Object* option)
-
virtual void loadXFile(XFile* file)
-
virtual void saveXFile(XFile* file)
-
void load(const char* filename)
-
void save(const char* filename)
-
void* operator new(size_t size, Allocator* allocator_=NULL)
-
void* operator new(size_t size, Allocator* allocator_, void* ptr_)
-
void operator delete(void* ptr)
Documentation
This object contains the list of words we want our recogniser to recognise
plus a few "special" words (eg. sentence markers, silence word). There are
no duplicates in the list, and the list is sorted alphabetically.
- Creates the vocabulary
- Creates the vocabulary
- 'lex_fname' is the name of the lexicon file containing the pronunciations to be
- 'lex_fname' is the name of the lexicon file containing the pronunciations to be
- recognised.
- recognised. The format is the standard "word(prior) ph ph ph" format
- where the (prior) is optional
- where the (prior) is optional
- 'sent_start_word' and 'sent_end_word' are the words that will start and
- 'sent_start_word' and 'sent_end_word' are the words that will start and
- Adds a word to the vocabulary.
- Adds a word to the vocabulary. Maintains alphabetic order. Does not add
- char* getWord( int index )
- Returns the word given the index into the vocabulary
- Returns the index of a given word.
- Returns the index of a given word. If 'guess' is defined, then the
- words at indices of 'guess' and 'guess+1' are checked for a match
- words at indices of 'guess' and 'guess+1' are checked for a match
- This class has no child classes.
- Author:
- Darren Moore<EMAIL_ADDRESS>Alphabetic index HTML hierarchy of classes or Java
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Descendants of John Mentz
[ Click on the red arrow for a shortcut to
the list of family trees on this site
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blue question mark for assistance in navigating among family trees
Generation
One
1.
John1 Mentz[i] was born in Sep 1834 in
He
immigrated circa 1850.[vi]
He was naturalized in 1852 in
The John
Mentz family has been dificult to trace. While there is quite a bit of
information available, significant pieces of information are missing that
prevent me from reconstructing the family with absolute certainty. According to
the 1900 census, John immigrated in 1850. I have not yet found him on a
passenger list. A John Mentz was found in the 1860 census living in
John did
not marry Elisabeth Klebe until 1863, but the family included two older
children (John and Andrew) in the 1870 census of
It is
difficult to determine for certain the children of John and Elisabeth Klebe
Mentz. Charles and Henry were living with them in the 1870 census of
A strong
indication that Elisabeth died before 1880 is that several of her children were
found in the census of that year with Klebe relatives in
In 1880
Andrew was living as a boarder with the William Maxwell family in
In 1900
John Mentz was living with a wife Louisa in
(--?--)
(--?--) died before Nov 1863.[viii]
Children of
John1 Mentz and (--?--) (--?--) both born in VA were as follows:
i. John2 Mentz[ix] was born circa May 1859.6 He died
between 1900 and 1910.6
2 ii. Andrew Mentz was born circa Jan 1863. He married Margaret Kohoe on 30 Oct 1894 in Mingo Junction, Jefferson Co., OH. Rev. J. T. Black conducted the ceremony. He married Sarah A. (--?--) circa 1909.
Elisabeth
Klebe[x] was born circa 1845 in Reichensachsen,
Children of
John1 Mentz and Elisabeth Klebe were as follows:
3 i. Charles Christopher2 Mentz was born on 14 Feb 1867 in
4 ii. Henry Mentz was born circa Feb 1869 in Ohio Co., WV. He married
Katherine M. Hartman, daughter of George Hartman and Elizabeth Urtz, circa 1897.
iii. William Peter Mentz[xiii] was born in 1872 in Ohio Co., WV.[xiv] He died on 14 Jun 1935 in Orange Co., CA.[xv]
5 iv. Mary A. Mentz was born on 13 Nov 1872 in Monroe Co., OH. She married
Charles Edward Sengewald, son of Frederick Sengewald and Wilhelmina Kuphefner, circa 1892.
v. Catherine Mentz[xvi] was born circa 1873 in OH.6
vi. George Mentz[xvii] was born circa Sep 1876 in WV.6 He died after
1900.6
Louise
(--?--)[xviii] was born circa Feb 1845 in
There were
no children of John1 Mentz and Louise (--?--).
Generation
Two
2.
Andrew2 Mentz (John1)[xix] was born circa Jan 1863 in VA.[xx] He married Margaret Kohoe on 30 Oct 1894 in Mingo Junction, Jefferson Co., OH. Rev. J. T. Black conducted the ceremony.[xxi] He married Sarah A. (--?--) circa 1909.6 He died
between 1910 and 1920.6
Margaret
Kohoe was born between 1873 and 1874 in Ohio Co., WV.[xxii] She died circa 17 Jul 1897 in Brilliant,
Jefferson Co., OH.[xxiii]
Children of
Andrew2 Mentz and Margaret Kohoe were:
6 i. Catherine M.3 Mentz was born on 7 Jul 1896 in Jefferson Co., OH. She married
William Major circa 1919.
Sarah A.
(--?--)[xxiv] was born circa 1880 in WV.6
There were
no children of Andrew2 Mentz and Sarah A. (--?--).
3.
Charles Christopher2 Mentz (John1)[xxv] was born on 14 Feb 1867 in
He lived on
16 May 1936 in Sewellsville, Belmont Co., OH.[xxx]
Elizabeth
Augusta Boles[xxxi] was born on 2 Feb 1870 in Graysville, Wetzel Co., WV.[xxxii] She died on 6 Oct 1941 in Shadyside, Belmont
Co., OH, at age 71.[xxxiii]
She was buried on 9 Oct 1941 in
Children of
Charles Christopher2 Mentz and Elizabeth Augusta Boles were as follows:
i. Walter3 Mentz[xxxv] was born circa Jan 1887 in OH.6 He died after
1936.[xxxvi]
ii. Frank D. Mentz[xxxvii] was born on 5 Sep 1889 in Bellaire, Belmont
Co., OH.[xxxviii] He married Cora Elizabeth Davis. He died on 26
Mar 1973 in Colerain, Belmont Co., OH, at age 83.[xxxix]
He lived in
1917 in
Cora
Elizabeth Davis was born on 24 Jun 1894 in OH.[xlii] She died on 6 Jan 1979 in Citrus Co., FL, at age 84.[xliii]
iii. Ada Garnet Mentz35 was born in Dec 1892 in Belmont Co., OH.6 She married
William W. Hummel circa 1907.6
William W.
Hummel was born on 31 Mar 1883.[xliv] He died on 2 Apr 1961 in Lancaster, Fairfield
Co., OH, at age 78.[xlv]
He lived in 1918 in
iv. Minerva Mentz37 was born in Nov 1893 in Belmont Co., OH.[xlvii]
She married Herbert J. Davis. She died on 5
Dec 1962 in Belmont Co., OH, at age 69.45
Herbert J.
Davis was born on 21 Apr 1891 in
v. Mary Elizabeth Mentz37 was born on 16 Oct 1897 in Bellaire, Belmont Co., OH.[lii] She married John Edward Owens before 1917.
She died on 13 Mar 1992 in
John Edward
Owens was born on 22 Jan 1891 in Glencoe, Belmont Co., OH.[liv] He died on 2 Feb 1962 in Bellaire, Belmont
Co., OH, at age 71.45 He lived in
1917 in Shadyside, Belmont Co., OH.[lv]
He was a miner in 1917.55 He lived in
1942 in
vi. James Martin Mentz[lvii] was born on 1 Oct 1899 in
He lived in
1918 in
vii. Andrew Mentz[lxi] was born on 5 Apr 1902 in Belmont Co., OH.[lxii] He married Phama V. (--?--) circa 1924.6 He died on 7
Oct 1974 in Bellaire, Belmont Co., OH, at age 72.[lxiii]
Phama V.
(--?--) was born on 5 Jun 1908 in OH.[lxiv]
She died on 5 Dec 1984 in Shadyside, Belmont Co., OH, at age 76.64
viii. Katherine Mentz61 was born circa 1908 in Belmont Co., OH.6
7 ix. Sarah Evelyn Mentz was born on 6 Jan 1912 in WV. She married
Louis August Keitz. She and Louis
August Keitz were divorced in Jun 1943. She married Nick Lewis circa Jul 1943.
She married Carl Edson Oberle after 1954.
She married John Wesley Fletcher in 1959.
x. Mildred Leona Mentz[lxv] was born circa 1914 in WV.[lxvi]
She married Lawrence Edward Hinds, son of James Hinds and Cora Trasher, circa 1929.6 She married
Guy Clement Cole after 30 Apr 1930.6 She died on 2
Feb 1974 in Delaware Co., OH.45 She was buried
in Feb 1974 in Rose Hill Cemetery, Bellaire, Belmont Co., OH.
Lawrence
Edward Hinds was born on 1 Mar 1912 in Barnesville, Belmont Co.,
OH.[lxvii] He died on 30 Apr 1930 in Warren Twp.,
Belmont Co., OH, at age 18.[lxviii] He was buried on 3 May 1930 in
Guy Clement
Cole was born on 7 Dec 1902 in OH.[lxx] He died on 21 Jan 1992 in Columbus, Franklin
Co., OH, at age 89.[lxxi]
xi. Thomas Delbert Mentz[lxxii] was born circa 1916 in OH.66 He died on 1
Mar 1974 in Columbiana, Trumbull Co., OH.45
4.
Henry2 Mentz (John1)[lxxiii] was born circa Feb 1869 in Ohio Co., WV.6 He married
Katherine M. Hartman, daughter of George Hartman and Elizabeth Urtz, circa 1897.6 He died between
1920 and 1930 in Santa Clara Co., CA.6
Katherine
M. Hartman[lxxiv] was born on 7 Mar 1867 in St. Louis, St. Louis Co.,
MO.[lxxv] She died on 8 Nov 1957 in Santa Clara Co., CA, at age 90.[lxxvi]
Children of
Henry2 Mentz and Katherine M. Hartman both born in Santa Clara Co., CA, were as follows:
i. Charles J.3 Mentz[lxxvii] was born on 16 Sep 1894.[lxxviii] He married Hattie G. Martin circa 1917.6 He died on 4
Jan 1974 in Santa Cruz, Santa Cruz Co., CA, at age 79.[lxxix]
He lived in
1917 in
Hattie G.
Martin[lxxxi] was born on 18 Feb 1894 in CA.[lxxxii] She died on 28 Jul 1964 in Santa Cruz Co., CA, at age 70.[lxxxiii]
8 ii. Walter Theodore Mentz was born on 16 Aug 1899. He married Clara May Jackson circa 1921.
5.
Mary A.2 Mentz (John1)[lxxxiv] was born on 13 Nov 1872 in Monroe Co., OH.[lxxxv] She married Charles Edward Sengewald, son of Frederick Sengewald and Wilhelmina Kuphefner, circa 1892.6 She died on 16
Dec 1946 in St. Louis Hospice, Louisville, Stark Co., OH, at age 74.[lxxxvi]
She was buried on 17 Dec 1946 in
She lived
on 16 Dec 1946 in Congress Lake, Hartville, Stark Co., OH.86
Charles
Edward Sengewald[lxxxvii] was born on 12 Sep 1860 in
Children of
Mary A.2 Mentz and Charles Edward Sengewald were:
i. Emma E.3 Sengewald[xc] was born in Sep 1893 in WV.6
Generation
Three
6.
Catherine M.3 Mentz (Andrew2, John1)[xci] was born on 7 Jul 1896 in Jefferson Co., OH.[xcii] She married William Major circa 1919.6 She died on 6
Sep 1989 in
William
Major[xciv] was born on 7 May 1894 in DC.[xcv] He died in Nov 1976 in
Children of
Catherine M.3 Mentz and William Major were as follows:
i. Bertram L.4 Major[xcvii] was born on 23 Sep 1920 in
ii. Esther Elizabeth Major97 was born circa 1925 in WV.6 She married
William C. Schuetz.
William C.
Schuetz was born on 8 Jun 1919.[ci]
He died on 8 Sep 1992 at age 73.101
7.
Sarah Evelyn3 Mentz (Charles
Christopher2,
John1)72 was born on 6 Jan 1912 in WV.47 She married
Louis August Keitz.[cii] She and Louis August Keitz were divorced in Jun 1943.[ciii]
She married Nick Lewis circa Jul 1943.103 She and Nick
Lewis were divorced in 1954 in Lancaster, Fairfield Co.,
OH.103 She married
Carl Edson Oberle after 1954.103 She married
John Wesley Fletcher in 1959.103 She died on 29
Nov 1997 in Lancaster, Fairfield Co., OH, at age 85.45 She was buried
in Dec 1997 in Geiger Cemetery, Pleasantville, Fairfield Co., OH.103
Louis
August Keitz was born circa 1901 in OH.45 He died on 12
Jan 1965 in Bellaire, Belmont Co., OH.45
Children of
Sarah Evelyn3 Mentz and Louis August Keitz are as follows:
i. Mary Louise4 Keitz was born between 1930 and 1942.103
ii. Elizabeth Ann Keitz was born between 1930 and 1942.103
iii. Louis A. Keitz was born between 1930 and 1942.103
Nick Lewis[civ] was born on 26 Sep 1888 in
Children of
Sarah Evelyn3 Mentz and Nick Lewis are:
i. William P.4 Keitz was born on 23 Apr 1943 in Bellaire City Hospital,
Bellaire, Belmont Co., OH.103 He married
Nancy Ann Highley, daughter of Carl Highley and Miriam Bookman, on 4 Jun 1967.103 He married
Pamela E. Martin in 1982.103 He and Pamela
E. Martin were divorced in 1994.103
Nancy Ann
Highley was born on 18 Jun 1947 in Lancaster, Fairfield Co.,
OH.103 She died on 23
Apr 1982 in Lancaster, Fairfield Co., OH, at age 34.[cviii] She was buried in Apr 1982 in Maple Grove
Cemetery, Lancaster, Fairfield Co., OH.103
Carl Edson
Oberle was born on 30 Aug 1890 in Carroll, Fairfield Co.,
OH.[cix] He died on 14 Mar 1958 in Lancaster,
Fairfield Co., OH, at age 67.[cx] He was buried in Mar 1958 in Geiger Cemetery,
Pleasantville, Fairfield Co., OH.103 He lived in
1942 in
There were no children of Sarah Evelyn3 Mentz and Carl Edson Oberle.
John Wesley
Fletcher[cxii] was born on 26 Jun 1923 in OH.[cxiii] He died on 29 Dec 1970 in Fairfield Co., OH, at age 47.[cxiv] He was buried in Jan 1971 in Thornville,
Perry Co., OH.103
There were
no children of Sarah Evelyn3 Mentz and John Wesley Fletcher.
8.
Walter Theodore3 Mentz (Henry2, John1)[cxv] was born on 16 Aug 1899 in Santa Clara Co.,
CA.[cxvi] He married Clara May Jackson circa 1921.6 He died on 11
Feb 1972 in Santa Cruz, Santa Cruz Co., CA, at age 72.[cxvii]
He lived in
1918 in
Clara May
Jackson[cxix] was born on 8 Aug 1900 in NE.[cxx] She died on 29 Sep 1996 in
Children of
Walter Theodore3 Mentz and Clara May Jackson both born in Santa Clara Co., CA, are as follows:
i. Betty E.4 Mentz119 was born on 3 Oct 1922.[cxxii]
ii. Barbara June Mentz119 was born on 27 Jun 1925.[cxxiii]
[i]1870
[ii]"Gene Huffman notes", 12 Apr 2006, Melvin Eugene Huffman (Glenmoore, PA), to Bob Greiner (Laurel, MD); in possession of Robert Charles Greiner, Laurel, Howard Co., MD 20723-1139.
[iii]Sylvia Sligar, online www.rootsweb.com/~wvwags/, "Ohio County (WV) Marriages", downloaded Oct 2006.
[iv]Individual entry, 1850 - 1930 United States Federal Census,
On-line Database, Ancestry.com, www.ancestry.com. (
[v]Huffman, "Gene Huffman notes."
[vi]
[vii]
[viii]Assume that John's first wife died before his marriage to Elizabeth Klebe.
[ix]1870
[x]1850 Switzerland, Monroe, OH; 1860 Salem, Monroe, OH; 1870 Wheeling, Ohio, WV.
[xi]Baptisms, 1765 - 1814 and 1833 - 1867, Reichensachsen Evangelical Lutheran churchbook, Reichensachsen, Germany, in possession of Reichensachsen Evangelical Lutheran Church, Wehretal-Reichensachsen, Hessen, Germany 37287.
[xii]Passenger list entry,
[xiii]1880
[xiv]Huffman, "Gene Huffman
notes;"
[xv]W. P. Mentz, California
Death Certificate Index, On-line Database, Ancestry.com, www.ancestry.com.
(
[xvi]1880
The
identification of this person as a daughter of John Mentz is conjecture. In the
obituary of Charles Mentz (d. 1936), a surviving sister Mrs. K. E. Woodward of
[xvii]1900
[xviii]1900
[xix]1870, 1880 Wheeling, Ohio, WV; 1900 Benwood, Marshall, WV; 1910 McMechen, Marshall, WV.
[xx]It is possible that Andrew's
mother was Elizabeth Klebe.

Provided by: e-mail:
Bob
Greiner
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Energy benchmarking means tracking a building's energy and water use and using a standard metric to compare the building's performance against past performance and to its peers nationwide. These companions have been shown to drive energy efficiency upgrades and increase occupancy rates and property values.
The Clean and Affordable Energy Act of 2008 (CAEA) requires that owners of all large private buildings (over 50,000 gross square feet) annually benchmark their energy and water efficiency and report the results to DOEE for public disclosure. The District government also must annually benchmark and disclose the energy and water efficiency of District government buildings over 10,000 gross square feet. Starting with the calendar year 2021 data (due April 1, 2022) all privately-owned buildings over 25,000 square feet will be required to benchmark, and starting with the calendar year 2024 data (due April 1, 2025) all privately-owned buildings over 10,000 square feet will be required to benchmark, as mandated under the Clean Energy DC Omnibus Act of 2018.


This is the offline version of the documentation. We recommend you to use the online documentation.
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UFC News: Aleksei Oleinik to reportedly return at UFC 246 for an important heavyweight fight
by Lennard SurraoThe UFC 246 card, which is heavily rumored to be headlined by Conor McGregor's return fight against Donald Cerrone, is slowly yet steadily shaping up to be a solid event to kick off the new year.
As per MMAFighting, the promotion is planning to have a heavyweight fight between Aleksei Oleinik (57-13-1) and Maurice Greene (8-3) at the show.
Oleinik last fought in July 2019 and lost to Walt Harris via KO. The 42-year-old veteran suffered two consecutive losses this year and is on the lookout for a big win that can get his UFC career back on track.
Oleinik will face former Ultimate Fighter Contender Maurice Greene, who is coming off a TKO loss against Sergei Pavlovich.
Both the heavyweights need to get back into the winner's column and that serves as the perfect hook to build this fight up.
UFC 246 will also see Maycee Barber take on Roxanne Modafferi in a Women's Flyweight contest. Nasrat Haqparast and Drew Dober will meet inside the Octagon for a Lightweight bout while Grant Dawson and Chas Skelly are slated to face each other in a Featherweight fight.
The UFC is currently negotiating the highly-anticipated showdown between Donald Cerrone and Conor McGregor and an official announcement regarding the same should increase the hype surrounding the event, which is scheduled to take place on January 18th at the T-Mobile Arena.


My Dear Friend, I am Mr.George Akin,from Arab Bank Plc,Benin Rep. During the course of our auditing we discovered the sum of (USD$9.7m) floating in an account opened in this Bank since 1999 and as from 2001 nobody has operated on this account again, and after going through some old files in the records I discovered that the owner of the account died without a [HEIRE]sept 11th 2001 by plane crash, hence the money is floating. After due verification I noticed that no other person knows about this account except his wife who was also invovled in the crash, and the account has no other beneficiary and my investigation proved to me as well that until his death he was the Director GOLD ARK [SARL] Since our Bank Arab Bank Plc Benin rep. got information about his death, we have been expecting his next of kin to come forward and claim his money because we cannot release it unless somebody applies for it as next of kin or relation to the deceased as indicated in our banking guidelines and policies but up to date nobody came up to this bank as his next of kin or relative. It is therefore upon this discovery that I and other officials in my department now decided to make this businness proposal to you and release the money to you as the next of kin or relation to the deceased for safety and subsequent disbursement since nobody is coming forth and we don't want this money to go into the Bank treasury as unclaimed Bill. On this note, I decided to seek for whom his name shall be used as the next of kin as no one has come up as his relation. And the country law here does not allow such money to stay more than Five years, for the money will be recalled to the government treasury as unclaimed after this period. Upon the receipt of your response, I will send to you the application form, bank's contact and the next step to take. I will not fail to bring to your notice that this business is hitch free and that you should not entertain any fear as all modalities for fund transfer can be finalized within five banking days, after you apply to the bank as a relation to the deceased. When you receive this letter, kindly send me an e-mail signifying your decision.Including your private Tel/Fax numbers for quick communication. I will be very happy if you can treat this business with the utmost secrecy it demands because of my position in this bank. Hoping for a very successful business relationship with you. Respectfully submitted, Mr George Akin. +229-909-358 ----------------------------------------------------- "Terminator 3: Bunt maszyn" ju¿ od listopada na DVD. http://film.wp.pl/p/film.html?id=1968&h=64425